Multi-dimensional images system for digital image input and output

1. A method for converting a two-dimensional (2D) image to a three-dimensional (3D) image for display through a micro optical medium, comprising: inputting to a digital computer a 2D file representing a two dimensional image; displaying a two-dimensional image corresponding to said 2D file; generating with said digital computer a depth map corresponding to said two-dimensional image; receiving a user-entered depth command assigning a first depth value to a portion of said depth map corresponding to a first area; assigning a second depth value to a portion of said depth map not corresponding to said first area; generating with said digital computer a parallax image of said two-dimensional image shifting said first area with respect to an area of said two-dimensional image within said first area, said shifting based on said first depth value and said second depth value; displaying an anaglyph image based on said two-dimensional image and said parallax image; receiving a user-entered rendering command and, in response, generating with said digital computer a rasterized, interlaced image file including alternating strips of said two-dimensional image and said parallax image for printing on a micro optical media; and printing said interlaced image file on said micro optical medium.

2. A method according to claim 1 further comprising: receiving a user-entered outlining command identifying said first area of said two-dimensional image.

3. A method according to claim 2 wherein said receiving a user-entered outlining command includes receiving, via a graphical user interface, a trace command identifying an outer peripheral line of said first area.

4. A method according to claim 1 wherein said generating with said digital computer a parallax image of said two-dimensional image includes pre-shifting said first area in a direction opposite a direction of said shifting, such that when said image is viewed through said micro-optical medium it appears at a lateral position substantially co-located with its original position within said image.

5. A method for converting a two-dimensional image to a three-dimensional image for display through a micro optical medium, comprising: inputting to a digital computer a 2D file representing a two dimensional image; displaying a two-dimensional image corresponding to said 2D file; generating with said digital computer a multi-layer information file having information defining a multi-layer image, said defining including establishing a number of layers and a parallax information establishing a distance between at least a first and a second of said layers; receiving external commands associating a first area of said two-dimensional image to said first layer of a multi-layer image and associating a second area of said two-dimensional image to said second layer of said multi-layer image; generating with said digital computer a first projection of said image of said multi-layered image representing a left eye view and a second projection of said multi-layer image representing a right eye view; displaying an anaglyph image based on said first projection and second projection; receiving external layer movement commands changing said distance between said first layer and said second layer; displaying an updated anaglyph image based on said received layer movement commands; generating with said digital computer at least a first frame and a second frame, said first frame representing a projection of said multi-layer image onto a first left eye image plane and said second frame representing a projection of said multi-layer image onto a first right eye image plane; generating with said digital computer an interlaced file including alternating strips of said first frame and said second frame; and printing said interfaced image file on said micro optical medium.